The quantum field-entropy evolution properties in system of the two coupled two-level atoms interacting with a Schrdinger-cat state light field;

The field entropy evolution of the two level atom interacting with a single mode coherent light field;

The field entropy evolution of two moving atoms interacting with the binomial field in Tavis-Cummings model is studied by means of the quantum theory.

The entropy evolution of a pair of atoms interacting with a single-mode vacuum field is investigated by using the quantum reduced entropy,and the influence of the atomic dipole-dipole interaction on the field entropy evolution is discussed.

The effects of nonlinearity interaction of the Kerr medium with the model field and of detuning on the evolution of the field entropy are discussed.

The dynamical properties of the field entropy evolution in the intensitydependent coupling J-C model are studied and th influence of atomic coherence on the evolution of the field entropy is examined.

The quantum field entropy in the system of a squeezed coherent states field interacting with two coupled two-level atoms;

The properties of quantum field entropy evolution in a single-mode vacuum field-coupled two-level atoms′ system were by the complete quantum theory.

Secondly, the evolution properties of quantum field entropy are studied in the system of moving atom interacting with the field.

According to the complete quantum theory,the quantum field-entropy evolution properties in a system of the two coupled two-level atoms interacting with a single-mode odd-coherent state light field are studied.